B. Pharmacy

In today’s fast-paced pharmaceutical world, drug development is no longer limited to test tubes and animal studies. Instead, much of the success of preclinical research rests on how effectively scientists can collect, analyze, and interpret data. Computers have become the backbone of this process, transforming how laboratories handle information. From chromatographic results to massive laboratory […]

In the last two decades, bioinformatics has emerged as one of the most transformative fields in science and medicine. Sitting at the crossroads of biology, computer science, and data analytics, it is revolutionizing how researchers decode genetic information, understand diseases, and develop vaccines. Once a niche discipline, bioinformatics today is a global force driving healthcare

The pharmacy profession has always stood at the intersection of science and service. But in recent decades, one more factor has taken center stage: technology. From storing drug information to monitoring patients in real-time, computers have become indispensable in every aspect of pharmacy practice. Today’s digital innovations are not just making systems more efficient—they are

In the modern era of digital healthcare, pharmacists and pharmacy students must understand the basics of web technologies because most medical records, drug databases, and hospital management systems operate on web-based platforms. This unit introduces HTML, XML, CSS, programming languages, web servers, and databases, all of which form the backbone of today’s healthcare and pharmaceutical

Pharmacy students often focus on chemistry, biology, and pharmacology, but a clear understanding of computer fundamentals is equally important in today’s digital-driven healthcare environment. Unit 1 introduces two core areas: Number Systems and the Concept of Information System and Software, both of which provide the foundation for handling digital data, managing pharmaceutical information, and understanding

Infectious diseases remain one of the major challenges to global health. They can affect almost every organ system and are caused by bacteria, viruses, fungi, or parasites. This unit focuses on central nervous system infections, systemic bacterial diseases, urinary tract infections, and sexually transmitted diseases (STDs). Infectious Diseases Infectious diseases are caused by pathogenic microorganisms,

The human body constantly strives for balance, but various diseases can disrupt its structure and function. Unit 4 focuses on three important areas of pathology: inflammatory bowel and liver diseases, bone and joint disorders, and the principles of cancer. Understanding these conditions helps in both prevention and treatment, as they affect millions of people worldwide.

Human health is shaped by the proper functioning of many interconnected systems. Disturbances in the blood, hormones, brain, and digestive system can lead to life-threatening or chronic disorders. This unit explores some of the most important diseases affecting these systems, including their causes, mechanisms, and consequences. Haematological Disease A hematological disease is a disorder of

Human health depends on the proper functioning of vital systems such as the heart, lungs, and kidneys. Any disturbance in these organs can lead to serious and chronic conditions that require medical attention. In this unit, we explore some of the most important disorders affecting the cardiovascular system, respiratory system, and renal system, focusing on